SUPPLY CHAIN ARTICLES
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ARW's ATMP Manufacturing Must-Reads (ST. PATRICK'S DAY EDITION!)
Day-in and day-out, I write, read, listen to, and watch as much content as I can about CGT and RNA therapy manufacturing, in particular, and/or other ATMP industry-related topics that you should at least be aware of in the manufacturing facility. Once a month, I compile the articles and industry updates I think are most worthy of your time into an unconventional roundup article.
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“Holy T7 Polymerase, Batman!”: R&D Considerations For More Awe-Inspiring xRNA
It goes without saying we have some pretty ambitious therapeutic goals for linear mRNA and next-gen saRNA and circRNA. However, as my conversation with Koeris explored, we still have a lot of scientific and technical work/innovation ahead of us to make our RNA products “stronger” (in more ways than one).
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The Price Is… Almost Right: mRNA Edition! COGS Reduction Strategies
The following article will outline the current state of COGS in the mRNA industry and the work he and his colleagues undertook to more effectively utilize raw materials. But heaven forbid this be your normal conference panel write-up. No, below I share Parrella’s insights, but in the form of a never-before released episode of The Price is Right…or perhaps more fittingly given the state of the industry today, this spectacle is more aptly titled: The Price is…Sort Of, Almost, Not Quite Right!
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The Cell-Free Revolution: Breaking The Plasmid DNA Bottleneck
I was excited to be given the opportunity to sit down with Jodi Barrientos, CEO, Ribbon Bio, to learn more about the current state of the synthetic DNA space. In the following Q&A, Barrientos and I discuss some of the synthetic DNA industry’s biggest goals and the challenges that stand in the way of bringing synthetic plasmids more commonly into the mRNA development paradigm.
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Plasmid Production: 3 Key Takeaways For mRNA Manufacturing
Following my latest Live panel on analytical and manufacturing technology innovations for mRNA production, I wanted to provide a few high-level takeaways I gleaned from our discussion on the overlooked darling of the mRNA space: The plasmid.
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mRNA Vaccines: Key Considerations For Development & Manufacturing
As we wind down National Immunization Awareness Month, this article looks at the complexities around developing and manufacturing mRNA vaccines and how you should address those complexities. Topics include delivery, process validation, long-term effectiveness, GMP, regulatory approval, and more.
ARTICLES, APP NOTES, CASE STUDIES, & WHITE PAPERS
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An end-to-end supply chain model helps clinical trials move faster while maintaining visibility, control, and risk management across complex, temperature‑sensitive, and global operations.
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GMP-Source is a more robust, less rigid alternative to full cGMP production that mirrors nearly all of the oversight and quality standards of full cGMP production while relaxing certain commercial standards, helping companies overcome the hurdles that can stall early development.
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Widespread application of pDNA in gene therapy is driving increased demand and as a response, plasmid manufacturing must become more efficient with improved productivity. Intensification of chromatographic steps can help address this demand and has led to an exploration of the use of convective media (monoliths, membranes, fibre based technologies).
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Risk analysis and lane qualification show supply chains perform consistently, meeting regulatory expectations by demonstrating control, reducing variability, and ensuring reliable delivery.
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Early integration of standardized, GMP-aligned cryopreservation improves consistency, documentation, and scalability in advanced therapy programs as they progress toward regulatory submissions.
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Costs of poor quality (COPQ) cannot be overstated. Review the statistics that prove how costly it can be to avoid resolving quality issues in your processes and supply chain.
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We report on the use of a novel lipid nanoparticle (LNP) reagent in a validated protocol to achieve successful complex gene editing in primary T cells with high efficiency while maintaining high cell viability.